Electron Microscope in a sentence

(1) The betatron is a type of electron microscope.

(2) The electron microscope can magnify up to 1 million times.

(3) The electron microscope has revolutionized the field of biology.

(4) The scientist studied the oscillations of the electron microscope.

(5) The old microscope was the predecessor of the electron microscope.

(6) The kathode was the source of electrons in the electron microscope.

(7) The electron microscope has been used to analyze the structure of DNA.

(8) The electron microscope is a powerful tool used in scientific research.

(9) The scientist used an electron microscope to examine materials up-close.

(10) The resolution of an electron microscope can reach down to millimicrons.

Electron Microscope sentence

(11) The resolution of an electron microscope can reach up to 0.1 nanometres.

(12) The ultrastructure of cells can be observed under an electron microscope.

(13) The electron microscope has helped uncover the secrets of nanotechnology.

(14) The resolution of an electron microscope can be as low as 0.1 nanometres.

(15) The ultrastructure of the cell was examined under an electron microscope.

(16) The osmiophilic granules were observed in the electron microscope images.

(17) The hyaline material was carefully examined under the electron microscope.

(18) The resolution of an electron microscope can reach down to a few angstroms.

(19) Cacodylate is often used in the preparation of electron microscope samples.

(20) The resolution of an electron microscope can be as low as a few nanometres.

Electron Microscope make sentence

(21) The resolution of an electron microscope can reach down to a few nanometres.

(22) The scanning electron microscope has revolutionized the field of microscopy.

(23) The electron microscope uses a beam of electrons to create magnified images.

(24) The cathodes in the electron microscope allowed for high-resolution imaging.

(25) The microstructures observed under the electron microscope were fascinating.

(26) The resolution of an electron microscope can reach down to a few nanometers.

(27) The resolution of an electron microscope can reach down to picometer levels.

(28) The electron microscope allowed for detailed examination of the crystallite.

(29) The electron microscope revealed intricate details of the fibrilla structure.

(30) The resolution of an electron microscope can be as small as a few picometres.

Sentence of electron microscope

(31) The electron microscope is an essential tool in the field of forensic science.

(32) The resolution of a scanning electron microscope is typically in millimicrons.

(33) The researcher used electron microscope imagings to study cellular structures.

(34) The electron microscope uses raster scanning to create high-resolution images.

(35) The resolution of an electron microscope can reach down to a few millimicrons.

(36) The electron microscope has been used to examine ancient artifacts and fossils.

(37) The electron microscope has been used to analyze the composition of meteorites.

(38) The scientist used an electron microscope to pique through to the atomic level.

(39) The reovirus is named after its unique appearance under an electron microscope.

(40) The transmission electron microscope is widely used in the field of metallurgy.

Electron Microscope meaningful sentence

(41) The scanning electron microscope provided high-resolution images of the sample.

(42) The electron lens is used to correct aberrations in electron microscope images.

(43) The electron lens is used to correct astigmatism in electron microscope images.

(44) The scanning electron microscope can magnify objects up to 1 nanometre in size.

(45) The scanning electron microscope is a powerful tool used in scientific research.

(46) The electron beam in an electron microscope can reveal details at the nanoscale.

(47) The electron beam in an electron microscope can be focused to a very small spot.

(48) The atomises of the compound were observed under a scanning electron microscope.

(49) The scanning electron microscope is widely used in materials science and biology.

(50) The scientist will collimate the electron microscope for high-resolution imaging.

Electron Microscope sentence examples

(51) The resolution of an electron microscope can reach down to the millimicron level.

(52) The ions in a semiconductor can be analyzed using a scanning electron microscope.

(53) With the scanning electron microscope, we observed the fine structure of the cell.

(54) The resolution of a scanning electron microscope can be expressed in millimicrons.

(55) By utilizing the scanning electron microscope, we examined the surface topography.

(56) The scanning electron microscope provided detailed images of the sample's surface.

(57) The cryo electron microscope is a powerful tool for studying molecular structures.

(58) The scientist used an electron microscope to study the inset of the insect's wing.

(59) The scanning electron microscope has the ability to capture high-resolution images.

(60) The electron microscope has a higher resolution than traditional light microscopes.

Sentence with electron microscope

(61) The electron microscope has been used to study the effects of drugs on brain cells.

(62) The electron microscope has been used to investigate the structure of insect wings.

(63) The electron microscope revealed the presence of fibrillary structures in the cell.

(64) The scanning electron microscope helped us analyze the composition of the material.

(65) The cathodes in the electron microscope were carefully aligned for optimal imaging.

(66) The scanning electron microscope uses a beam of electrons to create detailed images.

(67) The scanning electron microscope allows for the visualization of submicron features.

(68) The transmission electron microscope is a powerful tool used in scientific research.

(69) Scientists use the electron microscope to study tiny structures at the atomic level.

(70) The electron microscope has been used to study the growth and development of plants.

Use electron microscope in a sentence

(71) The scientist used an electron microscope to view through the structure of the cell.

(72) The transmission electron microscope has revolutionized the field of nanotechnology.

(73) The scientist uses an electron microscope to peer into the void of atomic particles.

(74) The scanning electron microscope allowed us to study the morphology of the specimen.

(75) By using the scanning electron microscope, we detected the presence of contaminants.

(76) The scanning electron microscope is an essential tool in the field of nanotechnology.

(77) The electron microscope has contributed to the development of new medical treatments.

(78) The electron microscope has been used to study the structure of proteins and enzymes.

(79) The study of cathode rays paved the way for the invention of the electron microscope.

(80) The electron microscope revealed the presence of fibrillary structures in the sample.

Sentence using electron microscope

(81) With the scanning electron microscope, we observed the fine details of the microchip.

(82) By utilizing the scanning electron microscope, we examined the texture of the fabric.

(83) The scanning electron microscope revealed the intricate patterns on the plant's leaf.

(84) The transmission electron microscope allows for the visualization of individual atoms.

(85) The transmission electron microscope is used to investigate the structure of proteins.

(86) The electron microscope has helped identify new species of insects and microorganisms.

(87) The electron microscope has been used to examine the structure of synthetic materials.

(88) The cathodes in the electron microscope produced high-resolution images of the sample.

(89) The scanning electron microscope revealed intricate details of the specimen's surface.

(90) The transmission electron microscope revealed intricate details of the cell structure.

Electron Microscope example sentence

(91) The movement of free electrons can be visualized using a scanning electron microscope.

(92) The scanning electron microscope is used in forensic science to analyze trace evidence.

(93) The transmission electron microscope has revolutionized the field of materials science.

(94) The electron microscope has been used to investigate the properties of superconductors.

(95) With the scanning electron microscope, we could clearly see the surface irregularities.

(96) With the scanning electron microscope, we observed the surface roughness of the object.

(97) The collimated electron microscope allowed for detailed examination of tiny structures.

(98) The scanning electron microscope revealed the intricate patterns on the insect's wings.

(99) The transmission electron microscope allowed scientists to observe nanoscale particles.

(100) The electron beam in a scanning electron microscope can generate high-resolution images.

Sentence with word electron microscope

(101) The electron microscope has been used to analyze the structure of crystals and minerals.

(102) The transmission electron microscope is an essential tool in materials science research.

(103) The transmission electron microscope is an invaluable tool in the field of pharmacology.

(104) By using the scanning electron microscope, we identified the presence of microorganisms.

(105) The transmission electron microscope provided high-resolution images of virus particles.

(106) The transmission electron microscope is an essential tool in the study of nanotechnology.

(107) The electron microscope has allowed scientists to study the behavior of individual atoms.

(108) The pollen-grain was examined under a scanning electron microscope for detailed analysis.

(109) With the scanning electron microscope, we could observe the growth patterns of the cells.

(110) With the scanning electron microscope, we could visualize the arrangement of microfibers.

Sentence of electron microscope

(111) The scanning electron microscope provided detailed images of the sample's microstructure.

(112) By using the scanning electron microscope, we detected the presence of foreign particles.

(113) The electron microscope's resolving power allowed us to study the structure of the virus.

(114) The electron lens is used to correct spherical aberrations in electron microscope images.

(115) The electron microscope revealed the intricate fibril arrangement in the collagen fibers.

(116) The scanning electron microscope is capable of imaging objects with a high depth of field.

(117) The pore space in this rock sample is being analyzed using a scanning electron microscope.

(118) The prickle cell was observed to have a distinct appearance under the electron microscope.

(119) The scanning electron microscope allowed us to observe the nanostructures of the material.

(120) The scanning electron microscope provided high-resolution images of the mineral's surface.

Electron Microscope used in a sentence

(121) The scanning electron microscope helped us analyze the surface morphology of the material.

(122) The electron microscope can magnify inside of the atom and reveal its subatomic particles.

(123) The high-vacuum electron microscope was used to observe the microstructure of the samples.

(124) The transmission electron microscope allows for the examination of thin films and coatings.

(125) The electron microscope provides extremely high magnifications for studying tiny particles.

(126) With the scanning electron microscope, we could visualize the arrangement of nanoparticles.

(127) The transmission electron microscope is used in forensic science to analyze trace evidence.

(128) The scanning electron microscope revealed the intricate details of the fossilized specimen.

(129) The microbeam scanning electron microscope revealed the surface morphology of the material.

(130) The backscatter of the electron microscope allowed scientists to study nanoscale structures.

Electron Microscope sentence in English

(131) Scientists use the transmission electron microscope to investigate the structure of viruses.

(132) The electron microscope has been used to study the effects of radiation on living organisms.

(133) The electron microscope has been used to study the effects of climate change on coral reefs.

(134) The transmission electron microscope is capable of magnifying objects up to 1 million times.

(135) With the transmission electron microscope, researchers can analyze the defects in materials.

(136) The scanning electron microscope allowed us to analyze the fracture surface of the material.

(137) By utilizing the scanning electron microscope, we examined the microstructure of the sample.

(138) By using the scanning electron microscope, we identified the presence of metallic particles.

(139) The electron microscope has played a crucial role in advancing our understanding of genetics.

(140) The transmission electron microscope is used to study the structure and function of proteins.

(141) The transmission electron microscope has greatly advanced our understanding of the nanoworld.

(142) The virions can be visualized under the electron microscope due to their distinct morphology.

(143) The scanning electron microscope helped us investigate the crystal structure of the material.

(144) The osmiophilic nature of the substance made it highly visible under the electron microscope.

(145) The ultrastructural features of the muscle tissue were studied under the electron microscope.

(146) The scanning electron microscope is a valuable tool for quality control in various industries.

(147) The transmission electron microscope is an indispensable tool in the study of crystallography.

(148) The scanning electron microscope helped us investigate the surface properties of the material.

(149) The transmission electron microscope enabled the examination of the ultrastructure of tissues.

(150) The transmission electron microscope helped in identifying defects in semiconductor materials.

(151) The transmission electron microscope uses a beam of electrons to create high-resolution images.

(152) The electron beam in an electron microscope can be used to analyze the composition of a sample.

(153) The electron microscope allows scientists to magnify through the atomic structure of materials.

(154) The scanning electron microscope allowed us to study the surface characteristics of the sample.

(155) The electron microscope revealed the presence of numerous virions in the patient's blood sample.

(156) The electron microscope's resolving power allowed us to study the structure of the nanomaterial.

(157) The archeometry lab is equipped with a scanning electron microscope for high-resolution imaging.

(158) The electron microscope has enabled scientists to visualize viruses and bacteria in great detail.

(159) The electron microscope has allowed scientists to observe the movement of molecules in real-time.

(160) The electron beam in a scanning electron microscope can reveal the surface topography of a sample.

(161) The electron microscope has been used to study the effects of pollution on plant and animal cells.

(162) The scanning electron microscope allows scientists to examine objects at a very high magnification.

(163) Researchers rely on the scanning electron microscope to analyze the composition of various samples.

(164) Researchers rely on the scanning electron microscope to analyze the surface chemistry of materials.

(165) The transmission electron microscope is a valuable tool in the field of materials characterization.

(166) Researchers rely on the transmission electron microscope to study the properties of semiconductors.

(167) The electron microscope has been instrumental in discovering new organisms and cellular structures.

(168) The scientist used a scanning electron microscope to examine the surface structure of the material.

(169) The scientist used an electron microscope to peer around the star and study the structure of cells.

(170) The transmission electron microscope provided valuable insights into the formation of nanocrystals.

(171) By adjusting the electron lens, researchers can enhance the contrast in electron microscope images.

(172) The scanning electron microscope has a wide range of applications in various scientific disciplines.

(173) The transmission electron microscope is an indispensable tool in the field of materials engineering.

(174) Researchers use the transmission electron microscope to investigate the morphology of nanoparticles.

(175) Researchers rely on the transmission electron microscope to identify and characterize new materials.

(176) Researchers use the transmission electron microscope to examine the surface morphology of materials.

(177) The investigator used a scanning electron microscope to analyze tool marks on the counterfeit bills.

(178) Researchers used the transmission electron microscope to investigate the structure of DNA molecules.

(179) The transmission electron microscope revealed the presence of nanoscale pores in a polymer membrane.

(180) Researchers can use the scanning electron microscope to study the morphology of biological specimens.

(181) The scanning electron microscope provides detailed information about the size and shape of particles.

(182) The transmission electron microscope is capable of imaging samples with extremely high magnification.

(183) The electron beam in a scanning electron microscope scans the surface of a sample to create an image.

(184) The transmission electron microscope allows scientists to observe the dynamics of cellular processes.

(185) Researchers used the transmission electron microscope to investigate the morphology of nanoparticles.

(186) The electron microscope allowed us to magnify beneath the surface of the cell to study its structure.

(187) The electron microscope is commonly used in materials science to analyze the composition of materials.

(188) Researchers rely on the transmission electron microscope to analyze the composition of various samples.

(189) The transmission electron microscope enables scientists to examine the morphology of cells and tissues.

(190) Researchers rely on the transmission electron microscope to study the properties of magnetic materials.

(191) The researcher used a scanning electron microscope to examine the crystalline structure of the material.

(192) The electron beam in a transmission electron microscope passes through a thin sample to create an image.

(193) The electron microscope allows us to see things that are too small to be seen with a regular microscope.

(194) With the transmission electron microscope, researchers can observe nanoscale structures in great detail.

(195) With the transmission electron microscope, scientists can investigate the growth mechanisms of crystals.

(196) The transmission electron microscope is used to study the structure and function of organelles in cells.

(197) Researchers rely on the transmission electron microscope to investigate the properties of nanomaterials.

(198) The transmission electron microscope is used to study the ultrastructure of tissues in medical research.

(199) The cephalon was examined under a scanning electron microscope, and its intricate details were revealed.

(200) Researchers used the transmission electron microscope to study the growth mechanism of carbon nanotubes.

(201) The scanning electron microscope provides valuable insights into the structure and morphology of objects.

(202) The electron microscope's resolving power revealed the intricate patterns on the surface of the material.

(203) The scanning electron microscope allows for the examination of both conductive and non-conductive samples.

(204) The transmission electron microscope has significantly advanced our understanding of biological processes.

(205) The transmission electron microscope revealed the presence of nanoscale defects in a semiconductor device.

(206) Researchers used the transmission electron microscope to investigate the structure of a magnetic material.

(207) The electron microscope allowed us to magnify through the atomic level and observe the smallest particles.

(208) Researchers can use the scanning electron microscope to investigate the presence of contaminants in samples.

(209) The diffractions of electron beams in a transmission electron microscope can produce high-resolution images.

(210) The electron microscope enables scientists to magnify through the intricate details of nanoscale structures.

(211) By using a transmission electron microscope, scientists can investigate the atomic arrangement of materials.

(212) The transmission electron microscope allowed for the examination of the surface morphology of nanoparticles.

(213) The transmission electron microscope provided detailed images of the internal structure of a mineral sample.

(214) Researchers used the transmission electron microscope to investigate the structure of a biological membrane.

(215) The scanning electron microscope enables researchers to visualize the three-dimensional structure of objects.

(216) With the transmission electron microscope, scientists can examine the ultrastructure of biological specimens.

(217) With the transmission electron microscope, scientists could visualize the arrangement of proteins in a virus.

(218) With the transmission electron microscope, scientists could observe the formation of dislocations in a metal.

(219) The transmission electron microscope provided high-resolution images of the surface of a semiconductor wafer.

(220) The transmission electron microscope enables scientists to visualize the arrangement of molecules in a sample.

(221) The transmission electron microscope helped in understanding the mechanism of charge transfer in a solar cell.

(222) The transmission electron microscope allows scientists to study the structure of materials at the atomic level.

(223) Researchers rely on ultramicrotomy to obtain thin sections suitable for analysis under the electron microscope.

(224) The high spatial resolution of the electron microscope allows for detailed examination of nanoscale structures.

(225) The microscopist used a scanning electron microscope to study the surface of the material at a nanoscale level.

(226) The transmission electron microscope is used in the field of metallurgy to analyze the microstructure of metals.

(227) With the transmission electron microscope, scientists could observe the movement of electrons within a material.

(228) The researcher used a scanning electron microscope to magnify inside of the material and analyze its composition.

(229) The transmission electron microscope enables scientists to visualize viruses and bacteria at the molecular level.

(230) The transmission electron microscope enables scientists to observe the behavior of materials at the atomic level.

(231) With the transmission electron microscope, researchers can analyze the distribution of nanoparticles in a sample.

(232) The mineralogist used a scanning electron microscope to examine the surface features of the baddeleyite crystals.

(233) The penetrating power of the electron microscope allowed scientists to examine the atomic structure of materials.

(234) With the transmission electron microscope, researchers could study the arrangement of atoms in a crystal lattice.

(235) The transmission electron microscope played a crucial role in the study of nanomaterials for energy applications.

(236) With the transmission electron microscope, scientists can visualize the arrangement of atoms in a crystal lattice.

(237) The transmission electron microscope is used to study the interaction between nanoparticles and biological systems.

(238) The transmission electron microscope allowed for the analysis of the composition of a material at the atomic level.

(239) The transmission electron microscope played a crucial role in the discovery of new materials with unique properties.

(240) The transmission electron microscope helped in understanding the mechanism of electron transport in a semiconductor.

(241) With the transmission electron microscope, scientists could observe the arrangement of atoms in a catalyst material.

(242) The transmission electron microscope provides valuable insights into the behavior of materials under different conditions.

(243) Researchers used the transmission electron microscope to study the interaction between nanoparticles and biological cells.

(244) By using the transmission electron microscope, scientists were able to visualize the internal structure of a bacterial cell.

(245) With the transmission electron microscope, scientists could observe the behavior of nanoparticles under different conditions.

(246) With the transmission electron microscope, scientists could observe the formation of nanoparticles during a chemical reaction.

(247) The scanning electron microscope enables researchers to magnify through the surface of materials and analyze their composition.

(248) The electron microscope's high-energy beam has remarkable penetrating power, revealing intricate details of microscopic structures.

(249) The electron beam, which was generated by a scanning electron microscope, allowed the researchers to study the structure of the material in detail.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Electron Microscope. They do not represent the opinions of TranslateEN.com.